Antimatter bomb

Atomic bombs and hydrogen bombs directly kill human beings through the four killing factors of light radiation, nuclear radiation, shock wave and fallout from nuclear radiation, and can cause a nuclear winter to continue killing human beings. Calculations show that it would take at least 30 50-megaton hydrogen bombs to explode at the right location and height in order to wipe out the entire human race in an instant. (For a detailed calculation and argument, see The Future of War, First Edition.) According to Kepler's third law, the geosynchronous orbit is about 42,241 km from the center of the earth and 35,786 km from the equator, with a linear velocity of about 3.1 km/s. According to geometry, if three geostationary satellites were evenly distributed 120 degrees apart, the linear electromagnetic waves emitted by them would cover most of the inhabited areas of the globe (except the poles). According to the calculations, three antimatter bombs are made, each of which is filled with 13.227 kg of proton-antiproton pairs, namely 6.6135 kg each of the protons and antiprotons. Three antimatter bombs were sent to a geosynchronous orbit of 35,786 km, evenly distributed 120° apart, and detonated simultaneously. Then, three antimatter bombs will release super strong light radiation in an instant to the vast majority of the world's inhabited areas: people directly exposed to light radiation will die immediately; Cities, villages and woods were set ablaze in an instant, and the entire human civilization was in flames; The temperature of the entire atmosphere has risen sharply. Who can breathe hot air above 100 degrees Celsius without dying? The water in rivers, lakes and seas is evaporating rapidly while the glaciers are melting rapidly. The sea level is rising rapidly while some rivers and lakes are drying up. ... . An entire civilization died in a flash of light. (On the Future of War, First Edition)

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